The atomic mass of `._(8)O^(16)` is 16.000000 amu. Calculate the binding energy of `._(8)O^(16)` in MeV per nucleon.

The atomic mass of .^(16)O is 15.995 amu while the individual masses of proton and neutron are 1.0073 amu and 1.0087 amu respectively. The mass of electron is 0.000548 amu. Calculate the binding energy of the oxygen nucleus.

The aromic mass of .^(16)O is 15.995 amu while the individual masses of proton and neutron are 1.0073 amu and 1.0087 amu respetively. The mass of electron is 0.000548 amu. Calculate the binding energy of the oxygen nucleus.

The atomic mass of ._(7)N^(15) is 15.000108 "amu" and that of ._(8)O^(16) is 15.994915 "amu" . The minimum energy required to remove the least tightly bound proton is ( mass of proton is 1.007825 "amu" )

The atomic mass of ._(7)N^(15) is 15.000108 "amu" and that of ._(8)O^(16) is 15.994915 "amu" . The minimum energy required to remove the least tightly bound proton is ( mass of proton is 1.007825 "amu" )

The atomic mass of ._(8)O^(16) = 15.9949 amu. Calculate the BE//"nucleon" for this atom. Mass 1n and 1p is 2.016490 amu and m_(e) = 0.00055 amu.

The atomic mass of ._(8)O^(16) = 15.9949 amu. Calculate the BE//"nucleon" for this atom. Mass 1n and 1p is 2.016490 amu and m_(e) = 0.00055 amu.

The actual atomic mass of ._(20)Ca^(40) is 39.96259 amu. Find the binding energy for this nuclide, using 1.008665 amu for the mass of a neutron and 1.007825 amu for the mass of atomic hydrogen. Also calculate the binding energy per nucleon.

The actual atomic mass of ._(20)Ca^(40) is 39.96259 amu. Find the binding energy for this nuclide, using 1.008665 amu for the mass of a neutron and 1.007825 amu for the mass of atomic hydrogen. Also calculate the binding energy per nucleon.

Estimate the atomic mass of ._(30)^(64)Zn from the fact to be the binding energy per nucleon for it is about 8.7 MeV.